1.AI-assisted diagnostics
We propose a groundbreaking technology that significantly enhances diagnostic capabilities using AI. Our technology enables on-site diagnostics through smartphone or video analysis alone, without the need for external devices or equipment.
We have developed a technology that provides highly accurate diagnostic results for COVID-19 without requiring any external cradle equipment. This technology boasts performance that surpasses even expert-level diagnostic accuracy. Moving forward, we plan to continue our research efforts in developing deep learning, machine learning, and bio-diagnostic algorithms to advance the healthcare field.
Our ultimate goal is to set a significant milestone in the medical industry by providing affordable and accessible diagnostic solutions that benefit people worldwide. We are committed to leveraging the latest technological advancements to drive progress and improve the quality of life for everyone.
2.POCT diagnostics
We are dedicated to utilizing bio-hybrid materials, devices, and systems that enable the high-efficiency separation and concentration of biomolecules. Our current focus is on developing sample preparation technologies that provide PCR-level sensitivity for on-site diagnostics. Additionally, we are exploring the potential of nanofluidic technologies to develop nanoelectrokinetic pre-amplification techniques for these applications.
Our ultimate goal is to create highly efficient and effective diagnostic tools that can improve medical outcomes. Through our research efforts, we aim to advance the field of biotechnology and contribute to the development of cutting-edge technologies that drive progress and innovation worldwide.
3. precision medicine
The development of highly sensitive, reliable, and rapid diagnostic technologies is of utmost importance. We are currently focusing on on-site diagnostic technologies that enable high sensitivity and quantitative analysis. In addition to our diagnostic technology research, we are also developing systems that can realize precision medicine. We plan to further strengthen our research by combining traditional materials with AI technology in diagnostic fields such as exosome analysis.
Our goal is to provide innovative solutions that can significantly enhance diagnostic capabilities and medical outcomes. We believe that by leveraging the latest technological advancements, we can make a positive impact on the lives of people around the world and lead the way in driving progress.
4.micro & nano nanosensor
We are focused on research that emphasizes engineering using nano/micro technologies, similar to the concept of tiny nanomachines operating within our bodies. Specifically, we are investigating one-dimensional and two-dimensional micro/nano sensors, as well as highly sensitive electrical sensors utilizing external FET gates. Additionally, we are exploring the physical phenomena related to nano/micro technologies and researching nano sensor/process technologies that leverage semiconductor techniques.
Currently, we are actively conducting research on applying artificial intelligence to the electrical and optical signals of nanosensors. Our ultimate goal is to develop innovative solutions that improve medical outcomes and benefit society as a whole by harnessing these technologies. We believe that being at the forefront of technological advancements is crucial for making significant progress in the field of biotechnology.